Performance analysis on the design of the energy conversion system of the Indonesia experimental power reactor

Irianto, Ign. Djoko; Dibyo, Sukmanto; Sriyono, Sriyono; Salimy, Djati Hoesen; Kusumastuti, Rahayu; Pujiastuti, Endiah; Pancoko, Marliyadi

doi:10.1063/1.5135540

Cited by 2 publications

(3 citation statements)

References 12 publications

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“…It was also used for the CO2 removal system of the combined cycle [4] and also to describe the process and study of the components of a nuclear power plant [4]. This software was used efficiently in the power plant (electricity generation) as a co-generation plant [5]. BATAN organization relied on this simulation when building an experimental power reactor (RDE reactor) and proving the level of safety to reduce accidents and comparing the assumed variables with the simulation results to develop the NPP and confirmed its successful results [6] before entering into industrial fields such as water treatment [7].…”

Section: Proposed System Modelmentioning

confidence: 99%

“…Often, the open top cycle represents the Brighton cycle and the closed bottom cycle represents the steam cycle [3]. The two gas and steam cycles are combined to obtain the largest amount of energy (heat or electrical energy) [5]. In the combined generation stations which are relatively modern with different sizes and capacities, the heat of the exhaust gases is utilized in the steam cycle gas generation plants.…”

Section: Introductionmentioning

confidence: 99%

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Evaluation of the gas turbine unit in the Kirkuk gas power plant to analyse the energy and exergy using ChemCad simulation

Salah

Abbas

Ali

et al. 2022

International Journal of Low-Carbon Technologies

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The purpose of the study is to evaluate the thermal performance of the gas turbine unit represented by (K3) under actual weather conditions by applying the first and second laws of thermodynamics, the design production of the unit (283.6 MW) at standard conditions (1 bar) and temperature (15) Celsius, which included the analysis of the unit energy and available energy. To find out the weaknesses and losses in the system using the ChemCad simulation for a whole year and knowing the effects of external factors for the performance of the turbine unit (ambient temperature, compression ratio and relative humidity). Overall results showed that the maximum exergy efficiency was obtained in November; it was about 37% when Ta was 19.39°C. The maximum efficiency obtained at Ta equal to 19.39°C, which was around 37.67%. Higher ambient temperature increases specific fuel consumption. The results show that the specific fuel consumption (SFC) for the practical and program calculations increases with the increase in the temperature of the external environment and reached the maximum rate in the practical calculations in September (0.224) at 33.27°C. Thus it economically affects the price of power production. Moreover, the results showed that the combustion chamber occupied the first place for the destruction of available energy, and the results of energy efficiency and available energy were (39.20%) and (30.83%), respectively.

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Section: Proposed System Modelmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

Evaluation of the gas turbine unit in the Kirkuk gas power plant to analyse the energy and exergy using ChemCad simulation

Salah

Abbas

Ali

et al. 2022

International Journal of Low-Carbon Technologies

View full text Add to dashboard Cite

show abstract

“…In addition to research for the development of the RGTT200K reactor design, research has also been carried out for the development of a 10 MW HTGR reactor design called the Non-Commercial Power Reactor (RDNK) or Experimental Power Reactor (RDE) [8,9]. The RDNK reactor design development is based on building a non-commercial HTGR reactor in Serpong for experimental purposes.…”

Section: Introduction mentioning

confidence: 99%

Analysis of Cogeneration Energy Conversion System Design in Ipwr Reactor

Irianto

Sriyono²,

Dibyo³

et al. 2022

Tri Dasa Mega

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The acceleration of national development, especially in the industrial sector, requires an adequate national energy supply. There are various types of energy sources which include conventional energy sources as well as new and renewable energy sources including nuclear energy. The problem is how to utilize these energy sources into energy that is ready to be utilized. BATAN as a research and development institution in the nuclear field has taken the initiative to contribute to the development of technology for providing electricity and other thermal energy, particularly reactor technology as a power plant and a provider of thermal energy. This research aims to analyze the design of the IPWR type SMR reactor cogeneration energy conversion system. The IPWR reactor cogeneration energy conversion system which also functions as a reactor coolant is arranged in an indirect cycle configuration or Rankine cycle. Between the primary cooling system and the secondary cooling system is mediated by a heat exchanger which also functions as a steam generator. The analysis was carried out using ChemCAD computer software to study the temperature characteristics and performance parameters of the IPWR reactor cogeneration energy conversion system. The simulation results show that the temperature of saturated steam coming out of the steam generating unit is around 505.17 K. Saturated steam is obtained in the reactor power range between 40 MWth to 100 MWth. The results of the calculation of the energy utilization factor (EUF) show that the IPWR cogeneration configuration can increase the value of the energy utilization factor up to 91.20%.

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Performance analysis on the design of the energy conversion system of the Indonesia experimental power reactor

Cited by 2 publications

References 12 publications

Evaluation of the gas turbine unit in the Kirkuk gas power plant to analyse the energy and exergy using ChemCad simulation

Evaluation of the gas turbine unit in the Kirkuk gas power plant to analyse the energy and exergy using ChemCad simulation

Analysis of Cogeneration Energy Conversion System Design in Ipwr Reactor

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